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@Caroline_Bartma You mean this? https://t.co/4nGDtgsBSn
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RT @ProfZhaoMIT: 3/n In 2017, we proposed a method to 3D print Engineered Living Hydrogels into structures, devices, and even rudimentary c…
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3/n In 2017, we proposed a method to 3D print Engineered Living Hydrogels into structures, devices, and even rudimentary computers. https://t.co/mNe6WuEj9S
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Probably the last old photo I found recently. The first successful printed sample from the 3D printer I set up in 2016. Later this 3D printer generated pretty good amount of works including these papers (https://t.co/hLY2jhZ51Z; https://t.co/PFmP5teps9; ht
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A living #bioink reported in Dec2017 is used for #3Dprinting of live electronics. Video and news - https://t.co/G97FUtCvfA Full details - https://t.co/4oeBqOFNKo
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3D Printing of Living Responsive Materials and Devices #wiley https://t.co/aXgQ4Aq31T
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3D Printing of Living Responsive Materials and Devices https://t.co/TNiKpgU7SQ
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3D Printing of Living Responsive Materials and Devices https://t.co/0FpA4YlJjG
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RT @silex_transl: #3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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#3DPrinting of Living Responsive Materials and Devices https://t.co/WqXVCmPv8q | via @advancedmaterial
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RT @silex_transl: #3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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Clever stuff, and a cool video too https://t.co/RAeqWBxsKK
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3D Printing of Living Responsive Materials and Devices https://t.co/cm5hzWAU71 ヤバいなスゴいこれ…
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RT @silex_transl: #3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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RT @silex_transl: #3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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RT @silex_transl: #3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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#3Dプリンティング で、プログラム化された細菌を大規模形成（3 cmｘ30 µm）。細胞間でシグナル交換する。新しい #生体デバイス の概念を実証： MIT。 https://t.co/Iw4rGXCwhG
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3D Printing of Living Responsive Materials and Devices. - PubMed - NCBI https://t.co/ueYahB6dwO
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RT @synbio_papers: 3D Printing of Living Responsive Materials and Devices. https://t.co/etbVRXToJo https://t.co/LHAh1BdnOr
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3D Printing of Living Responsive Materials and Devices. https://t.co/YYMeVbQ8dF
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This temporary tattoo is made out of #3dprinted living cells, implications for #drugdelivery. #digitalhealth #wearables (via @statnews) @AdvSciNews https://t.co/JNyHTQp60o https://t.co/3xf7eQuA1i
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3D Printing of Living Responsive Materials and Devices - Liu - 2017 - Advanced Materials - Wiley Online Library https://t.co/KBxsYEPJqT
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RT @Eyeppl: An #eye on #innovation: This temporary tattoo is made out of living cells! https://t.co/3PQtCHI1nk via @statnews #lifescience…
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3D Printing of Living Responsive Materials and Devices. https://t.co/etbVRXToJo https://t.co/LHAh1BdnOr
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Quoting one of the co-authors "...very future work, but we expect to be able to print living computational platforms that could be wearable," says Hyunwoo Yuk https://t.co/CLcpYduzCr @MIT #3Dprinting #responsivematerials #3DPrinted #sensors https://t.co/zk
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An #eye on #innovation: This temporary tattoo is made out of living cells! https://t.co/3PQtCHI1nk via @statnews #lifesciences #science #health #pharma #medicine #3Dprinting #Engineering #tech #medtech #disrupt https://t.co/0wSYWPlBG3
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RT @JuanCuevaPhD: 3D Printing of Living Responsive Materials and Devices #3DPrinting #Medtech #Printedorgans https://t.co/CtxraxohjF
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3D Printing of Living Responsive Materials and Devices #3DPrinting #Medtech #Printedorgans https://t.co/CtxraxohjF
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3D Printing of Living Responsive Materials and Devices https://t.co/wXK8XaBIEx
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RT @AdvSciNews: MIT researchers develop 3D-printed bioink for living devices @MIT #3Dprinting #Wearables https://t.co/QgScCxOOlj https://t.…
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RT @AdvSciNews: MIT researchers develop 3D-printed bioink for living devices @MIT #3Dprinting #Wearables https://t.co/QgScCxOOlj https://t.…
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RT @AdvSciNews: MIT researchers develop 3D-printed bioink for living devices @MIT #3Dprinting #Wearables https://t.co/QgScCxOOlj https://t.…
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RT @AdvSciNews: MIT researchers develop 3D-printed bioink for living devices @MIT #3Dprinting #Wearables https://t.co/QgScCxOOlj https://t.…
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MIT researchers develop 3D-printed bioink for living devices @MIT #3Dprinting #Wearables https://t.co/QgScCxOOlj https://t.co/rd4pkKRMkY https://t.co/j9H0uqkFqt